tucson

Samuel fabricates pressure vessels & tanks for a variety of industrial processes and applications.

With our 250,000 sq ft facility, we are capable of producing tanks and vessels for the largest industrial projects on time and on budget. Our highly skilled welders and fitters use state-of-the-art plasmas, lasers, plate rolls and automatic submerged arc welding equipment to produce tanks and vessels that meet the most demanding quality control and code requirements. Samuel can design vessels and tanks in accordance with the following codes, ASME, API 650, API 12F, AWWA D100.
 

We fabricate tanks and vessels for a wide range of industries from oxygen clean polished tanks for the semi-conductor industry to some of the largest air-to-air heat exchangers for sulfuric acid plants. Our mix tanks, process tanks, and settlers for the copper solvent extraction industry are widely used in copper mines around Arizona, Utah, Nevada and New Mexico as well as some of the largest copper mines in Mexico, Canada, Peru and Chile.

Stainless Steel Pressure Vessel Experts

Manufacturing Capabilities

  • Vessels from 24″ to 192″ in diameter

  • Over 100 ASME-certified weld procedures

  • Stainless & Carbon Steel

  • Aluminum

  • Up to 120,000 lbs fabrication capacity

  • Aluminum

  • ASME

  • API 650

  • API 12F

  • AWWA D100

Pressure Vessels & Tanks

Product & Service Experience

  • Process Tanks

  • Fluid Storage Tanks

  • Water Treatment Vessels

  • Heat Exchangers

  • Fermentors

  • Evaporators & Dryers

  • Reactors

  • Oil Separators

  • Filter Housings

  • Digesters

  • Stacks & Ventilation Flues

  • API 620 & API 650 Design & Fabrication

  • U Stamp – Pressure Vessels (ASME Section VIII Div 1)

  • Tank Heads and other Components

  • R Stamp – Code Repairs/Alterations

  • Hyperbaric Chambers

  • API 620 & 650 Design & Fabrication

Our team of experts are dedicated to providing customers with quality service

Contact us to learn more about how Samuel Advanced Fabrication can support your next project